PORTABLE PUMP SYSTEM FOR WATER PURIFICATION DEVICES

Abstract

The invention relates to a portable pump system for water treatment devices which can be retrofitted into existing systems, neatly position the pump motor and fittings in a compact housing, control and drain water leaks through internal channels and save space by being wall-mounted thanks to a mounting point (3), thus increasing both system safety and operational efficiency.

Description

1 TARIFF PORTABLE PUMP SYSTEM FOR WATER PURIFICATION DEVICES Technical Area 5 The invention is in the field of water treatment technologies, specifically for retrofitting water treatment devices. integrated portable pump systems and system maintenance, ensuring its orderly arrangement, safe operation, and controlled water leaks. Water 10 that can be directed and discharged, and has a compact, wall-mountable casing. This relates to portable pump systems for water purification devices. The Invention's Infrastructure Water purification systems have become increasingly common in both domestic and commercial use, especially in the last 20-30 years. It has become widespread to improve the quality of drinking water and remove harmful substances. These systems are developed to provide users with safe water. including advanced filtration technologies such as reverse osmosis. With its use, the need to operate under a specific pressure has arisen. For the system to operate efficiently in situations where the mains pressure is insufficient, 20 Pump systems are used; these pump systems are generally used in water treatment. For many years, these have been in the form of structures that can be integrated into devices or added externally. It is used, especially when there is a need to add a pump later, without an existing pump. portable pump solutions developed to improve system performance has put it into the plan. 25 When examining the portable pump systems currently available in technology, it is observed that these systems... It usually focuses solely on the pump function, pump maintenance, and regularity. factors such as layout and system security were not given sufficient consideration These systems are mostly found in the open or in simple enclosures. 30 They are positioned inside, especially in narrow and limited spaces such as under the counter. This leads to irregular placement, making assembly and maintenance processes more difficult. However, current solutions do not provide any guidance in case of water leakage. or the absence of an evacuation mechanism emerges as a significant technical deficiency. 2 Leaks that may occur in pump connections can lead to uncontrolled leaks. This spreads throughout the environment where the device is located, and this affects both the device components. It causes harm and also leads to serious safety and hygiene problems for the user. It opens. Furthermore, most existing systems operate on a fixed positioning logic. It is designed to be wall-mounted or used vertically with hanging brackets. They do not include compact solutions that offer this. This is especially true for under-counter areas. This creates a significant space problem and prevents users from using their existing space efficiently. This prevents them from using it. It also requires fixing the pump motor. Inadequate specialized bearing or connection structures can cause the system to vibrate. this causes noise generation and, in the long term, mechanical failures. This can also be due to the irregular positioning of electrical power supply elements. This both increases security risks and negatively impacts system integrity. It has an effect. 15 Another significant shortcoming of the current technology is that the system components are modular and The problem is that it lacks an integrated structure. The pump, fittings, water inlet and outlet... Electrical connections are generally independent of each other and scattered. is installed, and this situation both prolongs the assembly time and the user 20 This creates a structure that is prone to errors. In such systems, aesthetic appearance is also a drawback. is being continued. The invention of a portable pump system for water purification devices is based on the existing system described above. It was developed to provide solutions to technical problems. 25 for water purification devices. A specially developed housing / enclosure structure for portable pump systems. It offers. The structure developed within the scope of the invention includes all components of the pump system. A neat and secure layout by assembling it within a compact body. It provides this. It is specifically designed for fixing the pump motor. Vibration and mechanical imbalances are minimized thanks to the motor bearing and connection areas. This minimizes the number of steps taken to ensure the system operates more stably and has a longer lifespan. One of the most important innovations of the invention is the ability to control water leaks. These are internal water diversion channels and drainage areas developed for this purpose. This structure 3 Thanks to this, leaks that may occur in the pump system can be controlled. Instead of spreading to the environment, it is directed through specific channels within the casing. and are safely removed from evacuation points. This feature ensures both the device's safety and protection. It also ensures the protection of other components and prioritizes user safety. It increases significantly. 5 Another important advantage of the portable pump system invention for water purification devices is: The system has been developed to be wall-mounted. This makes it particularly suitable for countertops. In limited spaces like the bottom, the device is prevented from taking up space on the floor, saving available space. It can be used more efficiently. With its compact casing, the water inlet and outlet are 10 while allowing for the orderly positioning of the connections, the adapter input and ensuring that electrical connections are also placed in a safe and systematic manner. It provides. Furthermore, the top cover and bottom casing structure developed within the scope of the invention allows the system to be easily 15 This contributes to its ease of assembly and maintenance. Screw connection. thanks to its design points and modular design approach, it provides users or technical services with It offers the possibility of quick and practical intervention. This reduces both the installation time. It shortens the time and reduces maintenance costs. The invention of a portable pump system for water purification devices; the existing portable pump. Irregular settlement observed in the systems, uncontrolled spread of water leaks, location the problem eliminates technical shortcomings such as assembly difficulties and system security. It removes water. It is compact, modular, wall-mountable, has water drainage channels, and It offers an innovative solution that integrates all components in an unified manner. This 25 In this respect, the invention improves both the performance and user experience of purification systems. It possesses technical advantages that significantly improve its experience. The structural and characteristic features and all the advantages of the invention are given in the figures below. and thanks to the detailed explanation written, it will be understood more clearly, and therefore 30 This assessment is also made taking these figures and detailed explanations into consideration. It needs to be done. 4 Figures that Aid in Explaining the Invention The invention will be described by referring to the attached figures, so that the features of the invention can be explained. This will be understood more clearly. However, the purpose of this is to explain the invention with these specific arrangements. It is not to limit. On the contrary, the invention is defined by the accompanying claims. including all alternatives, modifications and equivalencies that can be included within the field That is also intended. The details shown are only the preferred aspect of the present invention. It is shown both for the purpose of explaining the regulations and the rules of the invention. to provide the most useful and easily understandable definition of its conceptual characteristics It should be understood that they are presented for this purpose. 10 Figure 1: Front cover of the portable pump system invention for water purification devices. perspective view Figure 2: Lower casing of the portable pump system invention for water purification devices. perspective view 15 Figure 3: Perspective of the portable pump system invention for water purification devices. appearance Figure 4: Rear perspective of the portable pump system invention for water purification devices. appearance Figure 5: Disassembled 20 of the portable pump system invention for water purification devices. appearance Reference Numbers that Aid in Disclosure of the Invention 1. Front cover 25 2. Bottom case 3. Hanging point 4. Connection screw location 5. Engine 6. Motor mounting and bearing location 30 7. Water outlet 8. Treatment water inlet point 9. Water leakage channels 10. Adapter input 11. Mains water inlet 12. Leaked water channel Disclosure of the Invention This detailed explanation relates to portable pump systems for water purification devices, purely for the purpose of better understanding the subject and without any limiting influence. It is explained in a way that will not create a problem. The invention in question; 10 • Protection against external environmental factors such as impact, dust, and moisture. providing, maintaining, and organizing the system by shutting down system components. Front cover that can be opened for intervention procedures (1), • forming the main body, pump motor (5), treatment water inlet (8), mains water inlet (11), water outlet (7), adapter inlet (10), motor connection and bearing 15 place (6), water leakage channels (9), hanger place (3), leakage water channel (12) components lower compartment that provides organized placement in narrow spaces such as under the counter. (2), • Provides vertical positioning and secure mounting by being fixed in place. hanger place (3), 20 • Provides a secure and leak-proof connection between the front cover (1) and the bottom case (2), the opening and closing connection screw location (4), which maintains its integrity, • Main system that provides pressure, enabling water to be conveyed at the desired flow rate and pressure. The motor which is the drive element (5), • The motor (5) is fixed, and the vibrations and mechanical oscillations are 25 Motor mounting and bearing that dampens, ensuring quiet and stable operation. place (6), • water outlet that allows water to exit and ensures the continuity of water flow (7), • The water from the purification device enters the system in a controlled, directed, and leak-proof manner. Treatment water inlet (8), which allows it to enter in this way, 30 • directing leachate water along a specific route, controlling leachate water, water that is conveyed to the drainage points, protecting the motor from water leakage. leakage channels (9), 6 • adapter that provides power supply to the electrical components of the motor (5) adapter that ensures the connection is made in a secure, orderly and easy way entry (10), • The network water to be treated is fed into the motor (5) system in a controlled and leak-proof manner. water supply inlet (11), 5 • enables the controlled collection of water leaks and water leakage parts of the leakage channel (12) which ensures that it is conveyed to the channels (9) It includes. The invention improves the operational performance of pump-less water purification devices by 10. It has been developed in a way that allows it to be integrated into the system later in order to increase its effectiveness. This allows the device to operate with a pump system even in environments with low mains pressure. by being converted to operate efficiently at the desired pressure and flow rates. This structure allows for the complete replacement of existing treatment systems. By offering performance improvements without the need for additional resources, it provides the user with a practical and economical solution. It provides a solution. Furthermore, the invention can be retrofitted into existing water treatment devices. It has been improved and users do not need to change their existing systems. It enables an increase in performance. In this context, the invention is a compact 20 thanks to the orderly positioning of all components within the body structure especially in confined spaces such as under the counter, to take up minimum space It is structured and can be mounted on the wall by means of the hanging place (3). It increases the efficiency of land use by eliminating space occupation on the floor. Thus, a technical 25 provides both ease of assembly and spatial optimization. It offers a solution. All technical and other specifications mentioned in each request are followed by a reference number. This reference number is provided solely to facilitate understanding of the requests. They have been used, therefore this reference number 30 is for illustrative purposes only. It should not be assumed that the scope of the element indicated is limited. A technical expert can assess the novelty of the invention and similar structures. by using and / or this structure in the relevant technique 7 It is clear that this can be applied to other fields with similar purposes. Therefore, such a It is also obvious that these structures will lack the criterion of surpassing innovation. 10 20 30

Claims

8 REQUESTS 1. The invention relates to a portable pump system for water purification devices, the characteristic of which is; • Protection against external environmental factors such as impact, dust, and moisture. providing, creating an organized structure by shutting down system components, maintenance and 5 Front cover that can be opened for intervention procedures (1), • forming the main body, pump motor (5), treatment water inlet (8), mains water inlet (11), water outlet (7), adapter inlet (10), motor connection and bearing place (6), water leakage channels (9), hanger place (3), leakage water channel (12) components The lower case 10, which provides organized placement in narrow spaces such as under the counter, is located in a convenient location. (2), • Provides vertical positioning and secure mounting by being fixed in place. hanger place (3), • Provides a secure and leak-proof connection between the front cover (1) and the bottom case (2), Integrity-preserving, openable and closable connection screw location (4), 15 • Main system that provides pressure, enabling water to be conveyed at the desired flow rate and pressure. The motor which is the drive element (5), • ensuring the motor (5) is fixed, vibration and mechanical oscillations Motor mounting and bearing that dampens, ensuring quiet and stable operation. place (6), 20 • water outlet that allows water to exit and ensures the continuity of water flow (7), • The water from the purification device enters the system in a controlled, directed, and leak-proof manner. The purification water inlet (8) which allows the water to enter in this way, • directing leachate water along a specific route, controlling leachate water, water that is conveyed to the drainage points, protecting the motor from water leakage 25 leakage channels (9), • adapter that provides power supply to the electrical components of the motor (5) adapter that ensures the connection is made in a secure, orderly and easy way entry (10), • The network water to be treated is fed into the motor (5) system in a controlled and leak-proof manner. Network water inlet (11), 9 • enables the controlled collection of water leaks and water leakage parts of the leakage channel (12) which ensures that it is conveyed to the channels (9) It includes. 10 20 30